Code Art Pins and Buttons
Description: Edo Ronin Samurai: Ronin Puff Sumo — A powerful, textured illustration depicts Puff Sumo a Ronin samurai in dynamic combat stance. Clad in weathered traditional armor with intricate chainmail and scale patterns, he grips a katana with poised intensity. His topknot hair and wide, grounded stance signal disciplined readiness. Bold cross-hatching and aged sketchwork evoke historical gravitas, while Japanese characters in the backdrop reinforce cultural authenticity. The image channels the solitary honor of a masterless warrior amid chaos—timeless, fierce, and unbound.
Description: A design inspired by the beauty and symmetry of Rose Curves. In mathematics, a rose or rhodonea curve is a sinusoid plotted in polar coordinates. This design features a grid of curves representative of the number of points (n) from left to right by row from 1 - 9, similarly the number of degrees (d) from top to bottom by column from 1 - 9. The curves were created with polygon density plots and specially generated data in R. The colours were created with the Viridis, Plasma and Inferno colour palettes in perpetual shades of blue green yellow, blue red yellow and black red yellow respectively.
Description: Edo Ronin Samurai: Ronin Puff Sumo — A powerful black-and-white illustration in traditional Japanese style depicts a heavyset warrior with a topknot, crouched low with hands poised near a sword hilt. Dressed in loose-fitting robes, the figure exudes raw tension—muscles coiled, eyes narrowed in a fierce scowl. The intense expression and grounded stance suggest latent violence, captured with bold linework and dense cross-hatching reminiscent of woodblock prints and classic manga. Though not a sumo or ronin archetype, the figure radiates the gravitas of a seasoned samurai—still, silent, and ready to strike.
Description: The genetic code describes the information contained in DNA, which is transcribed into RNA messages (or mRNA), then translated when codons (consisting of groups of three nucleotides) are "decoded" into amino acids, the building blocks of proteins. Each cell has “machinery” that can read the codons in mRNA, which direct the synthesis of proteins by specifying the order of amino acids used to build each protein. The genetic code has 64 different codons. This code specifies how the different combinations of nucleotides that make up these codons are “decoded” to tell the machinery each amino acid to add as a protein is built. All but three of the codons "code" for amino acids, and the remaining three are called stop codons. The stop codons a...
Description: Embark on a journey of style exploration with our captivating designs, curated to ignite passion and unleash your creativity. From timeless classics to cutting-edge trends, our collection offers a kaleidoscope of possibilities to express your unique flair and leave a lasting impression.
